Step-down switching regulators convert higher-voltage supplies into stable low-voltage rails for electronics and robotics projects. They suit power for microcontrollers, sensors, small actuators and battery‑powered systems where efficiency, compact size and thermal behaviour matter.
Models come as fixed-output or adjustable variants and offer wide input tolerance for sources from single-cell packs to higher vehicle or industrial rails. Typical capabilities include moderate continuous currents, high conversion efficiency compared with linear regulators, thermal‑limited current handling and simple external component requirements. Important differentiators are input range, available output voltages, thermal dissipation and package/footprint for easy PCB integration and reliable operation.
Code: SKU-004932
Output voltage Typical max output current 1 Input voltage range 2 12 V 600 mA 12.2 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004933
Output voltage Typical max output current 1 Input voltage range 2 15 V 600 mA 15.2 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004934
Output voltage Typical max output current 1 Input voltage range 2 2.5 V – 7.5 V 600 mA 4 V – 50 V Note 1: Actual achievable maximum continuous output current is a function of the input and output voltage and limited by thermal dissipation. More Details...
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Code: SKU-004927
Output voltage Typical max output current 1 Input voltage range 2 3.3 V 600 mA 4 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004935
Output voltage Typical max output current 1 Input voltage range 2 4 V – 25 V 600 mA 4 V – 50 V Note 1: Actual achievable maximum continuous output current is a function of the input and output voltage and limited by thermal dissipation. More Details...
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Code: SKU-004928
Output voltage Typical max output current 1 Input voltage range 2 5 V 600 mA 5.2 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004929
Output voltage Typical max output current 1 Input voltage range 2 6 V 600 mA 6.2 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004930
Output voltage Typical max output current 1 Input voltage range 2 7.5 V 600 mA 7.7 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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Code: SKU-004931
Output voltage Typical max output current 1 Input voltage range 2 9 V 600 mA 9.2 V – 50 V Note 1: Actual achievable continuous output current is a function of input voltage and is limited by thermal dissipation. More Details...
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